aaron-lee-WrPmNpKQUUY-unsplash Type post Author David Coppedge Date April 3, 2024 CategoriesIntelligent DesignNeuroscience & MindPhysical SciencesPhysics Tagged , active transport, amino acid residues, cells, endoplasmic reticulum, hammer, Immune System, intelligent design, ion channels, lysosomes, macrophages, membranes, mitochondria, organelles, peroxisomes, physiology, Quartz, Science (journal), Science Advances, tissue, touch, Yale University Sense of Touch Is More Finely Tuned than We Thought David Coppedge April 3, 2024 Intelligent Design, Neuroscience & Mind, Physical Sciences, Physics 8 Like machines that deliver goods or open doors at the push of a button, mechanosensitive channels respond on contact. Read More ›
airport security Type post Author David Coppedge Date March 20, 2024 CategoriesEvolutionIntelligent Design Tagged , active transport, aquaporins, cell membrane, concentration gradient, death, disease, entropy, ion channels, life, Maxwell’s demon, natural forces, Nobel Prize, non-life, osmosis, PNAS, potassium channels, Roderick MacKinnon, Second Law of Thermodynamics, selectivity filters, sodium channels, unnatural selection Secrets of Active Transport Become Visible David Coppedge March 20, 2024 Evolution, Intelligent Design 9 TSA workers at airports could never boast of this much quality control in their authentication protocols. Read More ›
muscles Type post Author Jonathan McLatchie Date October 27, 2023 CategoriesBiochemistryBiologyEngineeringEvolutionIntelligent Design Tagged , acetylcholine, Actin, ADP, ATP, calcium ions, endoplasmic reticulum, evolution, intelligent design, ion channels, muscle contraction, muscle fibers, muscles, myosin, neurotransmitter, polarization, sodium ions, titin, undirected process Understanding the Biochemistry — and Intelligent Design — of Muscle Contraction Jonathan McLatchie October 27, 2023 Biochemistry, Biology, Engineering, Evolution, Intelligent Design 6 Muscle contraction, which we so easily take for granted, is an incredibly complex and elegant process. Read More ›
frog eggs Type post Author Jonathan Wells Date June 1, 2018 CategoriesIntelligent Design Tagged , __k-review, bioelectric code, bioelectric field, carbohydrates, cell membrane, cells, central dogma, complex specified information, cortex, development, DNA, embryo, eyes, Francis Crick, glycans, ion channels, Jacques Monod, James Watson, limbs, membrane code, Michael Levin, molecular biology, Neo-Darwinism, nucleotides, proteins, RNA, Stephen Meyer, sugar code, tail, Thomas Cavalier-Smith, William A. Dembski Life Exponential: Life Exhibits Intelligent Design at Many Levels Jonathan Wells June 1, 2018 Intelligent Design 10 Complexity (such as we see in a pile of autumn leaves) can arise spontaneously from unguided natural processes, but complex specified information cannot. Read More ›
